アサガオの生理学
表紙 トップ アサガオの花成生理学 アサガオの花生理学 アサガオの成長生理学 サイトマップ 連絡先
アサガオ花成生理学文献集
アサガオ花成生理学文献(1966年以前の文献)



浅沼喜道. 1934. 日照時間の長短が朝顔の生育開花に及ぼす影響に就いて. 京都帝大園芸学研究集録. 1:206-233.

Bennett,R.D., S.-T.Ko and E.Heftmann. 1966. Effect of photoperiodic floral induction on the metabolism of a gibberellin precursor, (-)-kaurene, in Pharbitis nil. Plant Physiol. 41: 1360-1363.

Bonner,J., E.Heftmann and J.A.D.Zeevaart. 1963. Suppression of floral induction by inhibitors of steroid biosynthesis. Plant Physiol. 38:81-88.

Borthwick,H.A., S.Nakayama and S.B.Hendricks. 1961. Failure of reversibility of photoreaction controlling plant growth. in: Progress in Photobiology, Elsevier Publishing Co., Amsterdam, pp.394-398.

Butenko,R.G. and M.Kh.Chailakhyan. 1961. Effect of nucleic acid derivatives on growth and flowering of Ipomoea (Pharbitis nil Chois.). Dokl. Akad. Nauk. SSSR 141:1239-1242. (in Russia).

Eguchi,T. 1937. Effects of day-length upon the time of differentiation of flower bud and the subsequent development to flowring. Proc. Imperial Acad. 13:332-333.

El-Antably,H.M.M. and P.F.Wareing. 1966. Stimulation of flowering in certain short-day plants by abscisin. Nature 210:328-329.

Fredericq,H. 1964. Conditions determining effects of far-rad and red irradiations on flowering response of Pharbitis nil. Plant Physiol. 39:812-816.

Galun,E., J.Gressel and A.Keyman. 1964. Suppression of floral induction by actinomycin D an inhibitor of "messenger" RNA synthesis. Life Science 3:911-915.

Gifford,E.M.,Jr. 1963. Developmental studies of vegetative and floral meristems. Brookhaven Symp. Biol. 16:126-137.

Hamner,K.C. and A.Takimoto. 1964. Circadian rhythmus and plant photoperiodism. Amer. Naturalist 98:295-322.

Harada,H. 1962. Rev. Gen. Bot. 69: 201.

Healey,P.L. and W.A.Jensen. 1965. Changes in ultrastructure and histochemistry acompanying floral induction in the shoot apex of Pharbitis. Amer. J. Bot. 52:622.

Ikeda,K. 1965. Uber den Einfluss der Tempearture auf die Blutenbildung von Pharbitis nil Chois., einer Kurztagpflanzen. Bull. Fac. Agr., Mie Univ. 31:1-36.

Imamura,S. 1953a. Photoperiodic initiation of flower primordia in Japanese morning glory, Pharbitis nil Chois. Proc. Jap. Acad. 29:368-373.

今村駿一郎. 1953b. アサガホの花芽形成. Rep. Kihara Inst. Biol. Res. No. 6:97-100.

Imamura,S. 1961. The nature of inhibition of flowering by the leaves illuminated continuously during the inductive dark treatment of other leaves in short-day plants. in: Recent advances in botany. Univ. Toronto Press, pp.1287-1288.

Imamura,S., M.Muramatsu, S.I.Kitajo and A.Takimoto. 1966. Varietal difference in photoperiodic behavior of Pharbitis nil. Bot. Mag. Tokyo 79:714-721.

Imamura,S. and A.Takimoto. 1955a. Photoperiodic responses in Japanese morning glory, Pharbitis Nil Chois., a sensitive short day plant. Bot. Mag. Tokyo 68:235-241.

Imamura,S. and A.Takimoto. 1955b. Transmission rate of photoperiodic stimulus in Pharbitis Nil. Bot. Mag. Tokyo 68:260-266.

Imamura,S. and A.Takimoto. 1956a. Transmission rate of the photoperiodic stimulus across the graft union in Pharbitis Nil Chois. Bot. Mag. Tokyo 69:23-29.

Imamura,S. and A.Takimoto. 1956b. Flowering responses in Pharbitis Nil as influenced by the removal of photoperiodiacally induced leaves. Bot. Mag. Tokyo 69:289-297.

Imamura,S. and A.Takimoto. 1956c. Flowering responses in Pharbitis Nil in relation to the leaf area subjected to inductive photoperiod. Bot. Mag. Tokyo 69:353-358.

Imamura,S. and A.Takimoto. 1957a. Effect of ringing and incision given to the stem on the transmission of photoperiodic stimulus in Pharbitis Nil. Bot. Mag. Tokyo 70:13-16.

Imamura,S. and A.Takimoto. 1957b. Decrement of photoperiodic stimulus in transmission in Pharbitis Nil. Bot. Mag. Tokyo 70:53-57.

Imamura,S., A.Takimoto and M.Okuda. 1953. Effect of dark treatment, given to different parts of a leaf, upon flowering responses in Pharbitis Nil. Bot. Mag. Tokyo 71:254-260.

Ito,I. 1951. Uber die Vererbung des photoperiodischen Verhaltens von Pharbitis nil (vorlaufige Mitteilung). Sci. Rep. Saikyo Univ. Agr. 1:1-6.

Kadman-Zahavi,A. 1963. Effects of light, kinetin and gibberellic acid on flower initiation in Pharbitis nil Chois. Bull. Res. Counc. Israel 11D:191-197.

Kimura,K. 1963. Floral initiation in Pharbitis nil subjected to continuous illumination at relatively low temperatures. II. Effect of some factors in culture medium on floral initiation. Bot. Mag. Tokyo 76:351-358.

Kimura,K. 1964. Floral initiation in Pharbitis nil subjected to continuous illumination at relatively low temperatures. III. Effect of intensity and quality of light. Bot. Mag. Tokyo 77:115-121.

Kimura,K. 1965. Floral initiation of Pharbitis nil at low temperatures. Ber. Ohara Inst. Landwirt. Biol. Okayama Univ. 13: 39-88.

Kimura,K. and A.Takimoto. 1963. Floral initiation in Pharbitis nil subjected to continuous illuminaiton at relatively low temperatures I. Effect of various temperatures. Bot. Mag. Tokyo 76:67-73.

Konishi,M. and A.W.Galston. 1964. Light-induced changes in phenolic inhibitors of indoleacetic acid oxidase in cotyledons of Pharbitis nil. Phytochemistry 3:559-568.

Kujirai,C. and S.Imamura. 1958. Uber die photoperiodische Empfindlichkeit der Kotyledonen von Pharbitis Nil Chois. Bot. Mag. Tokyo. 71: 408-416.

Marushige,K. and Y.Marushige. 1962a. An electrophoretic study of tissue extracts from leaf and flower in Pharbitis nil Chois. Plant Cell Physiol. 3:319-322.

Marushige,K. and Y.Marushige. 1962b. Effect of 8-azaguanine, thiouracil and ethionine on floral initiation and vegetative development in seedlings of Pharbitis nil Chois. Bot. Mag. Tokyo 75:270-272.

Marushige,K. and Y.Marushige. 1963a. Photoperiodic sensitivity of Pharbitis nil seedlings of different ages in special reference to growth patterns. Bot. Mag. Tokyo 76:92-99.

Marushige,K. and Y.Marushige. 1963b. Photoperiodic sensitivity with respect to metabolic patterns of cotyledons in Pharbitis nil. Bot. Mag. Tokyo 76:142-148.

Marushige,K. and Y.Marushige. 1963c. Changes in the growth and photoperiodic sensitivity of Pharbitis nil seedlings in relation to low intensity light. Bot. Mag. Tokyo 76:181-190.

Marushige,K. and Y.Marushige. 1966. Effects of light on appearance of photoperiodic sensitivity of etiolated Pharbitis nil seedlings. Bot. Mag. Tokyo 79:397-403.

Marushige,Y. 1965a. Ontogeny of the vegetative and the reproductive apices in Pharbitis nil Chois. I. Development of the vegetative apex. Bot. Mag. Tokyo 78:353-359.

Marushige,Y. 1965b. Ontogeny of the vegetative and the reproductive apices in Pharbitis nil Chois. II. Development of the terminal flower bud. Bot. Mag. Tokyo 78:397-406.

Marushige,Y. 1965c. Ontogeny of the vegetative and the reproductive apices in Pharbitis nil Chois. III. Development of axillary buds. Bot. Mag. Tokyo 78:407-411.

Mathon,C.C. 1963. Reactions au photoperiodisme de quelques Convolvulacees. Bull. Soc. Bot. Fr. 110:261-268.

Mathon,C.C. and M.Stroun. 1962. Mise a fleur en jour continue et changement du type de reaction photoperiodique en fonction de la qualite et du niveau de l'eclairement chez le Pharbitis nil Chois. Compt. rend, seance Soc. Biol. 254:1478-1480.

Mathon,C.C., M.Stroun, F.Grossin, J.Gaillochet and A.Gandrieau. 1962. Variation des types de reactions photoperiodiques. C.R.87e Congres des Sosietes savantes. pp.1081-1090.

Muramatsu,M. and S.Sakamoto. 1956. Morning-glories. in: Land and Crops pf Nepal Himalaya. ed. by H.Kihara, Fauna and Flora Res. Soc. Kypto Univ., Kyoto, pp.193-212.

中山至大. 1948. 花成に関する実験(2). 生態学研究 11:188-192.

中山至大. 1949. 花成に関する実験(1). 生態学研究 12:48-52.

中山至大. 1951. 花成に関する実験(3). 生態学会報 1:13-17.

中山至大. 1953. 植物光週性の実験的研究(2). 高温中断による暗期反応機構の解析. 植物生態学会報 3:95-107.

中山至大. 1954. 植物光週性の実験的研究(3). 局部高温処理と花成との関係. 植物生態学会報 3:167-173.

Nakayama,S. 1955. The effects of certain metabolic inhibitors on the dark reaction during photoperiodic treatment. Bot. Mag. Tokyo 68:61-62.

Nakayama,S. 1958a. Photoreversible control of flowering at the start of inductive dark period in Pharbitis nil. Ecol. Rev. Sendai, Japan 14:325-326.

Nakayama,S. 1958b. Studies on the dark process in the photoperiodic response of Pharbitis seedlngs. Sci. Rep. Tohoku Univ. Ser, IV Biol. 24:137-183.

Nakayama,S. 1961. Effects of certain metabolic inhibitors and metabolites upon the dark process in the photoperiodic response of Pharbitis. Recent Advances in Botany, Toronto Univ. Press, Toronto, p.1242.

Nakayama,S. 1965. Photoreactivation of flowering inhibited with ultraviolet radiation. Bull. Minamikyushu College 1:1-5.

Nakayama,S., H.A.Borthwick and S.B.Hendricks. 1960. Failure of photoreversible control of flowering in Pharbitis nil. Bot. Gaz. 121:237-243.

Nakayama,S., O.Fukamizu and I.Sei. 1957. Experimental researches on photoperiodism (6). Photoperiodic responses of Pharbitis seedlings to the metabolic inhibitors. Mem. Fac. Lib. Arts and Educ. Miyazaki Univ. 1:97-102.

Nakayama,S. and T.Kikuchi. 1956. Experimental researches on photoperiodism (4). The effect of auxin application on flower formation. Miyazaki Univ. Bull. 1:154-165. (in Japanese)

Nakayama,S. and Y.Morishita. 1956. Experimental researches on photoperiodism (5). The effect of chloroform on the dark period reaction. Miyazaki Univ. Bull. 1:166-172. (in Japanese)

Nakayama,S., H.Tobita and F.S.Okumura. 1962. Antagonism of kinetin and far-red light or β-indoleacetic acid in the flowering of Pharbitis seedlings. Phyton 19:43-48.

Ogawa,Y. 1960. Uber die Auslosung der Blutenbildung von Pharbitis nil durch niedere Temperatur. Bot. Mag. Tokyo. 73: 334-335.

Ogawa,Y. 1961a. Uber die Wirkung des Gibberellins auf die Blutenbildung von Pharbitis nil Chois. Plant Cell Physiol. 2:311-329.

Ogawa,Y. 1961b.Uber die Wirkung von Kinetin auf die Blutenbildung von Pharbitis nil Chois. Plant Cell Physiol. 2:343-359.

Ogawa,Y. 1962a. Weitere Untersuchungen uber die Wirkung von gibberellin-ahnlichen Substanzen auf die Blutenbildung von Pharbitis nil. Plant Cell Physiol. 3:5-21.

Ogawa,Y. 1962b. Uber die photoperiodische Empfindlichkeit der Keimpflanzen von Pharbitis nil Chois. mit besonderer Berucksichtigung auf den Wuchsstoffgehalt der Kotyledonen. Bot. Mag. Tokyo 75:92-101.

Ogawa,Y. 1964. Changes in the amount of gibberellin-like subsatances in the seedling of Pharbitis nil with special reference to expansion of cotyledon. Plant Cell Physiol. 5:11-20.

Ogawa,Y. 1965. Changes in the content of gibberellin-like substances of seeds and seedlings in the tall and dwarf varieties of Pharbitis nil Chois. Bot. Mag. Tokyo 78:474-480.

Ogawa,Y. and S.Imamura. 1958a. Uber die fordernde Wirkung von Gibberellin auf die Bluttenbildung einer Kurztagpflanze, Pharbitis nil Chois. Proc. Japan. Acad. 34:629-630.

Ogawa,Y. and S.Imamura. 1958b. Uber die fordernde Wirkung von Samendiffusat auf die Bluttenbildung von Pharbitis nil Chois. Proc. Japan. Acad. 34:631-632.

Ogawa,Y. and S.Imamura. 1960. Uber die Wirkung der Pflanzendiffusate auf die Streckung des Sprosses und die Blutenbildung von Pharbitis nil Chois. Bot. Mag. Tokyo. 73: 125-132.

Okuda,M. 1959. Responses of Pharbitis Nil Chois. to gibberellin with special reference to anatomical features. Bot. Mag. Tokyo 72:443-449.

Sakamoto,S. 1956. Genetics of the photoperiodic behavior of Japanese morning glory, Pharbitis nil Chois., a short-day plant. Ann. Rep. Natl. Inst. Genetics 6:68-69.

Takeba,G. and A.Takimoto. 1966. Translocation of the floral stimulus in Pharbitis nil. Bot. Mag. Tokyo 79:811-814.

Takimoto,A. 1960. Effect of sucrose on flower initiation of Pharbitis nil in aseptic culture. Plant Cell Physiol. 1: 241-246.

Takimoto,A. 1961. On the light controlling flower initiation of Pharbitis nil. Plant Cell Physiol. 2:71-75.

Takimoto,A. 1966. Timing mechanism determining the critical dark period in Pharbitis nil. Bot. Mag. Tokyo 79:474-475.

Takimoto,A. and K.C.Hamner. 1964. Effect of temperature and precondtioning on photoperiodic response of Pharbitis nil. Plant Physiol. 39: 1024-1030.

Takimoto,A. and K.C.Hamner. 1965a. Studies on red light interruption in relation to timing mechanism involved in the photoperiodic response of Pharbitis nil. Plant Physiol. 40: 852-854.

Takimoto,A. and K.C.Hamner. 1965b. Effect of double red interruption on the photoperiodic response of Pharbitis nil. Plant Physiol. 40: 855-858.

Takimoto,A. and K.C.Hamner. 1965c. Effect of far-red light and its interaction with red light in the photoperiodic response of Pharbitis nil. Plant Physiol. 40: 859-864.

Takimoto,A. and K.C.Hamner. 1965d. Kinetic studies on pigment systems concerned with the photoperiodic reponse in Pharbitis nil. Plant Physiol. 40: 865-872.

Takimoto,A. and K.Ikeda. 1959a. Studies on the light controlling flower initiation of Pharbitis nil. I. Intenmsity and quality of the light preceding the inductive dark period. Bot. Mag. Tokyo 72:137-145.

Takimoto,A. and K.Ikeda. 1959b. Studies on the light controlling flower initiation of Pharbitis nil. II. Effect of far-red light preceding the inductive dark period. Bot. Mag. Tokyo 72:181-189.

Takimoto,A. and K.Ikeda. 1959c. Studies on the light controlling flower initiation of Pharbitis nil. III. Light-sensitivity of the first process of inductive dark period. Bot. Mag. Tokyo 72:388-396.

Takimoto,A. and K.Ikeda. 1960a. Studies on the light controlling flower initiation of Pharbitis nil. IV. Further studies on the light preceding the inductive dark period. Bot. Mag. Tokyo 73:37-43.

Takimoto,A. and K.Ikeda. 1960b. Studies on the light controlling flower initiation of Pharbitis nil. V. On the light following the inductive dark period. Bot. Mag. Tokyo 73:91-97.

Takimoto,A. and K.Ikeda. 1960c. Studies on the light controlling flower initiation of Pharbitis nil. VI. Effect of natural twilight. Bot. Mag. Tokyo 73:175-181.

Takimoto,A. and K.Ikeda. 1960d. Studies on the light controlling flower initiation of Pharbitis nil. VII. Light-break. Bot. Mag. Tokyo 73:341-347.

Takimoto,A. and K.Ikeda. 1960e. Studies on the light controlling flower initiation of Pharbitis nil. VIII. Light-srnsitivity of the inductive dark process. Bot. Mag. Tokyo 73:468-473.

Takimoto,A., K.Ikeda and S.Imamura. 1958. Uber den lichtunempfindlichen Teilprozess in der bluhinduzierenden Dunkelperiode bei Pharbitis Nil (Vorlaufige Mitteilung). Bot. Mag. Tokyo 71:317-318.

Takimoto,A. and Y.Naito. 1962a. Studies on the light controlling flower initiation of Pharbitis nil. IX. Further studies on the effect of far-red preceding the inductive dark period. Bot. Mag. Tokyo 75:205-211.

Takimoto,A. and Y.Naito. 1962b. Studies on the light controlling flower initiation of Pharbitis nil. X. Photoperiodic responses of the seedlings grown under various light conditions. Bot. Mag. Tokyo 75:255-263.

Takimoto,A., Y.Tashima and S.Imamura. 1960. Effect of temperature on flower initiation of Pharbitis nil cultured in vitro. Bot. Mag. Tokyo. 73: 377.

Tashima,Y, and S.Imamura. 1953. Flower initiation in total darkness in Pharbitis nil Chois., a short day plant. Proc. Japan. Acad. 29: 581-585.

Wada,K. 1962. Inhibition of flower initiation of Pharbitis nil by gamma-irradiation (Preliminary report). Bot. Mag. Tokyo 75:483-484.

Wada,K. 1966. Studies on the initiation and development of flower primordia of Pharbitis nil, with special reference to the time of arrival of flowering stimulus at plumule. Rep. Fac. Sci. Shizuoka Univ. 1:83-89.

Yoshii,Y. 1925. Uber die Reifunugsvorgange des Pharbitis-Samens mit besonderer Rucksicht auf die Keimungsfahigkeit des unreifen Samens. J. Fac. Sci., Univ. Tokyo III-1:1-139.

Yoshii,Y. 1927. Some preliminary studies of the influence upon plants of the relative length of day and night. Sci. Rep. Tohoku Univ. 4th Ser. 2:143-157.

吉井義次,中山至大. 1947. 花成に関する実験(予報). 生態学研究 10:18-27.

Zeevaart,J.A.D. 1962. DNA multiplication as a requirement for expression of floral stimulus in Pharbitis nil. Plant Physiol. 37: 296-304.

Zeevaart,J.A.D. 1963. Climatic control of reproductive development. in: Environmental Control of Plant Growth, ed. by L.T.Evans, Academic Press, New York, pp.289-310.

Zeevaart,J.A.D. 1964a. Chemical basis of induction. in: The nucleohistones, eds. by J.Bonner and P.O.P.Ts'o, Holden-Day, San Francisco, pp.343-347.

Zeevaart,J.A.D. 1964b. Effects of the growth retardant CCC on floral initiation and growth in Pharbitis nil. Plant Physiol. 39:402-408.

Zeevaart,J.A.D. 1966a. Reduction of the gibberellin content of Pharbitis seeds by CCC and after-effects in the progeny. Plant Physiol. 41:856-862.

Zeevaart,J.A.D. 1966b. Inhibition of stem growth and flower formation in Pharbitis nil with N,N-dimethylaminosuccinamic acid (B995). Planta 71:68-80.


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